conda said:
Lol. Ok, I'll wait. Thanks.
I told you I was plumbing challenged. I'm trying to get it all to fit under the stand and not interfere with my wife's laundry room--of which I took over 80% of.
Well, after staring at all the available pictures of your setup, and keeping in mind that space is king, I've only come up with one other option.
I was trying to come up with a way to keep that pump input from sticking out so far, but then I realized how your closed loop was setup, and all my ideas from earlier went right out the window.
Personally, I don't like the idea of having the actual 4-way below the tank, makes plumbing underneath a bit cluttered (you've seen my setup.. heh), but since you're going into the SIDE of your tank, and not the top like I did, I'm not sure if going up high, then bringing the returns back down low would accomplish anything.
So.........
My only other idea is this..... and its a bit complicated, and again, i'm not sure if it would be better or worse than your current plan, but it sure would look cool.
Ok, instead of putting the 4-way directly above the pump, put a 90 degree elbow there, and go straight out the far end (right side, looking from the back) of the stand. Mount the 4-way there, horizontally. Now, using 45 degree PVC peices, get all the outputs pointing "UP" (just like this
http://www.fursphere.com/plumbing23.jpg with four instead of eight, and small 45 peices instead of those big grey 90s I used), in the same direction. Then just run the pipes to there desired locations, at each closed loop input. Probably the one on the far right looking directly at it going up and over the tank to the far side, the third one in going to the return closet to the 4-way, and the other two going to the back side returns.
1) This would get the majority of the plumbing out from under the stand, giving you room to work on the sump, and more room for whatever equipment you add later.
2) You could put each ball-value for each return line right there on the end, all in the same location. It would look cool.
3) You could install unions there on each line right after they all lined up the same direction, but before the ball values so if you had to remove the 4-way, its all centralized, AND you can get to the top of the 4-way with ease to swap out the drum.
4) This would also give you room to install a union on the output side of the pump between the ball value and the 4-way.
I tried a few different drums in mine before I was happy with the flow.
If you ever have to remove the 4-way, all this extra work will pay off instantly.
Make sense?